PEP WISE Program

Graduate Program for Power Energy Professionals

AY 2022 Program Handbook（Appendix of Handbook for Graduate Program）

Graduate School of Fundamental Science and Engineering(Applied Mechanics and Aerospace Engineering / Electric and Physical Systems)

Graduate School of Advanced Science and Engineering(Applied Chemistry / Electrical Engineering and Bioscience / Nano Science andEngineering / Advanced Science and Engineering)

Graduate School of Environment and Energy Engineering(Environment and Energy Engineering)PEP WISE Program policy
Diploma policy: Completion certificates and the awarding of degrees
The program fosters human resources with deep expertise in electric power and energy science andtechnology in areas ranging from energy-related materials to systems. They will master thecomprehensive perspective with integration of the humanities and science/engineering knowledge andskills necessary for the design and creation of society with next-generation energy system reform(including economics and systems). Specifically, the program aims to produce doctoral humanresources, advanced knowledge professionals for society who (a) are capable of pioneering work in
new fusion fields, from the cooperative optimization of various energy resources to the creation of
new fusion knowledge and value; and (b) can provide leadership in innovation and the solution ofelectric power and energy problems faced by human society.
Curriculum policy: Organization and implementation
Lectures and seminars will be provided to develop the following six capabilities.
- The profound expertise required by specialists in electricity/energy science and technology- The fusing ability necessary for the creation of new value through multidisciplinary cooperation
and resource cooperation- The comprehensive perspective necessary for communication, negotiation, and cooperation withgovernment, society, and industry- The ability to carry out joint research with companies- The ability to execute international collaboration needed to develop research results ininternational scenarios, working from the perspective of international standardization- The ability to create industries with the potential for development of research results intobusiness creations

Admissions policy: Admission of program participants--

Based on the results of the PEP Selective Examination (SE), we accept students from Japan andoverseas who have excellent basic professional skills and language skills, and who are motivated
to contribute to the identification and solution of problems faced by human society in the field ofelectric power and energy.
In addition to the admissions procedure, we will accept students who have a comprehensive
perspective based on substantial work experience.

Ability to create industries

Ability to executeinternational

Ability to carry out
joint researchcollaboration
abilityComprehensive
perspective

Profoundexpertise

Fusing ability
TD0 TD2 TD5

Table of contents
I. Overview and features of the PEP Training Program……………………………………………1
1. Program overview
2. Features of the program
II. PEP Training Program schedule and examination requirements…………………….………….3
1. Year-by-year schedule
2. Requirements for each examination
III. PEP Training Program completion guide………………………………………………………4
1. Requirements for program completion
2. Year-skipping and early completion
3. List of PEP courses
4. Credits for courses completed in advanceIV. PEP Training Program RA stipends……………………………….……………………………16
1. PEP Training program RA stipends
2. Receipt of PEP Training program RA stipends
V. Student ID Number………………..……………………………….……………………………17

I. Overview and features of the PEP Training Program
1. Program overview
Power Energy Professionals (PEP) Training Program is a five-year integrated professional
doctoral program delivered by the 13 partner universities (Hokkaido University, Tohoku
University, University of Fukui, University of Yamanashi, Tokyo Metropolitan University,
Yokohama National University, Nagoya University, Osaka University, Hiroshima University,
Tokushima University, Kyushu University, University of the Ryukyus, and Waseda University).
The objective of the program is to produce knowledge professionals who will lead the creation of new
industrial entities in various sectors by optimizing the energy value chain, which constitutes the coreof Society 5.0.
Through a single end-to-end course that provides education in a spectrum of fields ranging fromenergy materials to power, we provide a systematic education and research program based on power
resource optimization, a new academic theory centered on two main objectives: technologicalinnovation and social innovation with institutional design and unconventional added value, which
can bring business to fruition.
The 13 collaborating domestic universities bring together front-line faculty members, and throughindustry-academia collaboration with various institutions and partnerships with overseas universities,
offer the five-year PEP WISE Program (Doctoral Program for World-leading Innovative & Smart
Education), integrating master's courses and doctoral courses with world-class quality assurance.
PEP Program Certificates of Completion will be issued to students who complete both therequirements of the program and the courses required by departments of graduate schools withwhich they are affiliated (hereinafter referred to as the "the affiliated department"). In this program,the PEP compulsory courses (7 courses, 10 credits) will be offered at Waseda University, and the
PEP specialized elective courses will be offered at each affiliated department. The PEP compulsory
courses at Waseda University, which will be offered in the form of on-demand courses; intensive
residential sessions; and practical seminars at partner institutions outside the university, are tailoredto the needs of the students of the 12 partner universities.
Note: Since completion of the program is a prerequisite for enrollment in and completion of studies at
each affiliated department, it is necessary to check the enrollment and completion requirements ofeach affiliated department.

- 1 -The outline of the program is presented below.

- 2 -2. Features of the program--

Five-year integrated curriculum
Students in the program are categorized as TD1 to TD5. TD1 corresponds to the first year of themaster's program; TD3 corresponds to the first year of the doctoral program.
Students in the program who are not affiliated with Waseda University will be registered as
graduate school exchange students at Waseda University.
Each affiliated university supports stipends for RAs engaged in joint research with partner
institutions and companies.
The quality of the program is ensured by the multiple guidance system, operated by the principal
advisor; the deputy advisor(s) from Waseda University and from partner universities; andconsulting personnel from outside.
After evaluation by means of a strict Qualifying Examination (hereinafter referred to as “QE”)
based on precisely specified evaluation criteria, and Final Examinations (hereinafter referred toas “FE”) including degree examination, approximately twenty Power Energy Professionals areproduced each year.
The degree examination in each affiliated department is designated FE1, and PEP’s own
completion examination is designated FE2. Students must pass both examinations to complete theprogram.
Graduates of the program will also receive a PEP Program Certificate of Completion, jointly
issued by the 13 affiliated universities.

II. PEP Training program schedule and examination requirements
1. Year-by-year schedule
The program will be implemented on the premise of a five-year integrated education system thatcombines existing two-year master’s programs and a three-year doctoral program. A program
flowchart is shown below.

- 3 -2. Requirements for each examination
The program Qualifying Examination (QE) and Final Examination (FE2) will be conducted under thesupervision of the Collaborative Program Committee of Graduate Program for Power Energy
Professionals (PEP), as follows.

QE

General admission

FE- TD3 transfer(admissions formature students
and international
students)- September TD2transfer (April entry)

TD3

General admission

TD5

TD3 transfer(admissions formature students
and international
students)--

Standard
expected
periodTD2

TD5

Eligibility

Examination items

30 credits or more (3 or more for PEP
compulsory courses; 15 or more for
PEP specialized elective courses; 12 ormore for other courses (selected from
PEP specialized elective courses or
PEP comprehensive elective courses)
One academic paper (including thepaper being submitted)
3 credits or more (2 or more for PEP
compulsory courses; and one or morefor either PEP specialized elective
courses or PEP comprehensive
elective courses)
One academic paper (including thepaper being submitted) or an academic
paper proposal<FE1> In line with the rules of eachaffiliated department<FE2> 45 credits or more (10 or morefor PEP compulsory courses; 15 ormore for PEP specialized elective
courses; 5 or more for PEP
comprehensive elective courses.
One or more joint paper with acollaborating institution at international
academic meetings or the like.
<FE1> In line with the rules of eachaffiliated department<FE2> 15 credits or more (10 or morefor PEP compulsory courses; 5 or morefor either PEP specialized elective
courses or PEP comprehensive
elective courses) courses; 5 or morefor PEP comprehensive elective
courses
One or more joint paper presented witha collaborating institution at aninternational academic meeting or the
like.

Research background;results; andpresentation of researchplan for TD3 andsubsequent

Examiners and others[Examiners]
Principal advisor;
Deputy advisor(s);Consulting personnel;
Humanities faculty member

Research background;results; andpresentation of researchplan for TD4 andsubsequent<FE1>
Degree examination;
thesis defense;
oral examination<FE2>
Presentation on
business potential andsocial significanceThe dissertation must include
consideration related toscience andengineering/humanitiescombined areas such as thebusiness potential of theresearch and contribution tosocial reform[Examiners]<FE1>
Examiners appointed by eachaffiliated department.
However, faculty members
from affiliated universities will
participate as the deputy
advisor(s).
<FE2>Deputy advisor(s); Consulting
personnel;
Humanities faculty member

The timing of each examination is December onward (for students enrolled in the fall semester attheir affiliated department, June onward).
The QE may be re-taken only once (For details, the students should check with the PEP Program
Office at their affiliated universities).
Students transferring to TD3 (admissions for mature students and international students) will be
eligible to proceed from TD3 if they give a presentation and complete an oral examination of thesame standard as QE at the time of the Selection Examination (SE). The QE will be conducted
before the student proceeds to TD4.
“Credits” includes credits currently being completed.
The above table may not apply to students who transferred to TD1 or TD2, so the students should
check with their affiliated departments.

III. PEP Training Program completion guide
1. Requirements for program completion
A total of 45 credits (15 credits for TD3 transfer students) are required for completion of the program.
The curriculum is designed not just for meet the objectives of the program, but also to enable thestudents to acquire sufficient cultural knowledge to ensure that they will be refined graduates of the
program. To that end, specialized elective courses and comprehensive elective courses vary byaffiliated department.
- 4 -(1) Common to all universities
The requirements for completion of the program are: (a) acquisition of the required credits (see (2) to(5) below for details); at least one paper co-authored with a partner institution in principle andpresented at an international conference; and passing grades on the final examinations (FE1 and FE2).
If the courses completed can be counted as both the required credits for completion of the affiliateddepartment and the required credits for completion of the program, they will be accepted as valid forboth completion requirements.
(2) Program students whose affiliated institution is not Waseda University [excluding TD3 transfer
students (admissions for mature students and international students)]
At Waseda University, the students are required to take only 10 credits for PEP compulsory courses
provided by Waseda, and the remaining 35 credits (at least 15 credits for PEP specialized elective
courses and at least 5 credits for PEP comprehensive elective courses) must be taken from among thecourses offered by each student’s affiliated department. At Waseda University, in addition to the 10
credits for compulsory courses provided by the Faculty of Science and Engineering, the students may
also take some open courses, i.e. Graduate School Common Courses offered by the Global Education
Center; however, the credits for those open courses cannot be counted as required credits forcompletion of the program.
In addition to acquiring the credits required for completion of the program, students must acquire, by
the time they complete TD2, the required number of credits for completion of the master's program as
specified by their affiliated department. Similarly, during the period from TD3 to TD5, the students
must have acquired the required number of credits for completion of the doctoral program, as specified
by their affiliated department. The students should follow the guidelines of their affiliated department
and consult with their principal advisor regarding satisfying the requirements of their specific program.
(3) Program students affiliated with Waseda University [excluding TD3 transfer students (admissions
for mature students and international students)]
The 45 credits required for completion of the program must be acquired in accordance with theprescribed number of credits indicated in the table below.
[Prescribed number of credits]
Master’s program（TD1～TD2）Master’s and doctoral program
Total required credits

Remarks（TD1～TD5）

PEP compulsory courses

3 credits

10 credits

PEP specialized elective courses

15 credits

15 credits

In principle, courses provided by
the master’s program
Graduate School Common

PEP comprehensive elective
courses*N/A

5 credits

Courses provided by the 3
Graduate Schools of Science andEngineering

Other(selected from specialized elective
courses or comprehensive elective
courses)

12 credits

15 credits

Total required credits

30 credits

45 credits*Note: It is essential to ensure that the courses taken in the master's program are different from thosetaken in the doctoral program.

- 5 -In addition to the credits required for completion of the program, the student must acquire the credits
required for completion of the master's program as specified by their affiliated department, in theprescribed manner by the time they complete TD2. Similarly, during the period from TD3 to TD5, thestudents must have acquired the number of credits required for the doctoral program (including 5
credits for the doctoral program) as specified by their affiliated department. For the details of credit
requirements, the students should conform to the requirements of their affiliated department.
(4) TD3 transfer students whose affiliated department is not Waseda University (admissions for mature
students and international students)
At Waseda University, students are required to acquire only 10 credits for PEP compulsory courses
provided by Waseda; the remaining 5 credits (for either PEP specialized elective courses or PEP
comprehensive elective courses) must be selected from among those provided by their affiliateddepartment. In addition to acquiring the credits required for completion of the program, the students
must also acquire the credits required for completion of the doctoral program, as specified by theiraffiliated department, during the period from TD3 to TD5. Students are required to consult with theirprincipal advisor about the credit requirements of their department.
(5) TD3 transfer students whose affiliation is Waseda University (admissions for mature students andinternational students)
The 15 credits required for completion of the program by students transferring from the doctoral
program (TD3) (admissions for mature students and international students) must be acquired inaccordance with the prescribed number of credits indicated in the table below.
[Prescribed number of credits]
Doctoral program（TD3）
PEP compulsory courses

2 credits

Doctoral program
Total required credits

Remarks（TD3～TD5）

10 credits
Graduate School Common

PEP comprehensive elective
courses*

1 credits

5 credits

Courses provided by the 3
Graduate Schools of Scienceand Engineering

Total required credits

3 credits

15 credits*Note: It is essential to ensure that the courses taken in the master's program are different from thosetaken in the doctoral program.
During the period from TD3 to TD5, the students must have completed the number of credits required
for the doctoral program (including 5 doctoral credits) as specified by their affiliated department.
Regarding the credit requirements of their course, the students should conform to the requirements of
their affiliated department.
2. Year-skipping and early completion[Year-skipping]In the first year of the PEP master's program (TD1), students who have completed at least 36 credits
of PEP courses delivered for TD1 and TD2 (at least 6 credits for PEP compulsory courses; at least 15
credits for PEP specialized elective courses; and at least 5 credits for PEP comprehensive elective
courses), and have achieved outstanding results in their master's thesis research, may advance to thedoctoral program (TD3) in the second year of the master's program, provided that Collaborative
Program Committee of Graduate Program for Power Energy Professionals (PEP) gives its approval,
based on the recommendation of the academic advisor.

- 6 -[Early completion]
Students who have earned all the credits required for completion of the program by the end of TD4,
and who have achieved excellent results in their doctoral dissertation research, may take both thedegree examination (FE1) of their affiliated department and PEP's own completion examination (FE2),
provided that (a) the Collaborative Program Committee of Graduate Program for Power Energy
Professionals (PEP) gives its approval, based on the recommendation of their academic advisor and(b) they successfully complete the program in TD4 by passing both exams.
3. List of PEP courses
Course descriptions may change due to certain circumstances. Students should refer to the syllabus
for information including faculty members in charge, class format, and timing.
For Waseda University students, items (2) and (3) below include some courses that are only offered
every other year, so please check with your affiliated department about the availability of each course
before drawing up a completion plan.
Program students whose affiliated institution is not Waseda University should check with theiraffiliated university every year regarding information on the PEP specialized elective courses and the
PEP comprehensive elective courses.
(1) PEP compulsory courses (courses set at Waseda University, common to all 13 partner universities)
For program students from Waseda University, the 10 credits for the 7 PEP compulsory courses will
NOT be counted as credits required for completion of the master's program or doctoral program in
their affiliated department.
For program students from other than Waseda University, the treatment of the 10 credits from amongthe 7 PEP compulsory courses as credits required for completion of the master's program or doctoral
program differs depending on the affiliated department, so students are required to check with theiraffiliated departments.
Course title

Term

Credits

Power Resource Optimization I

Intensive

2

Social Science for Energy Innovation

On-demand

2

Seminar on Power and Energy Materials

Intensive

1

Practical Seminar on Technological Excellence I(Electrical Power Class / Energy Material Class)

Intensive

1

Seminar on Business Creation

Intensive

1

Power Resource Optimization II

Intensive2

Practical Seminar on Technological Excellence II(Electrical Power Class / Energy Material Class)

Intensive

1

Scheduledcourse period

TD1or higher
TD1
or higher
TD1
or higher
TD1
or higher
TD1
or higher
TD3
or higher
TD3
or higher[Note]- Students with TD2 or higher at the time of entry into the program should take courses giving
priority to those with TD1 or higher.
- If a course is divided into a basic course or an advanced course, students should start with thebasic course.
- 7 -

-

The Practical seminar on technological excellence class is divided into the Electric Power Classand the Energy Materials Class, so students should take the specialty that they chose at the timeof the PEP Selective Examination (SE).
Although Seminar on business creation is designated for TD1 or higher, students arerecommended to take the seminar in TD3.
Students who have completed (“I” : basic course) in TD1 and have achieved particularly excellent
results may take (“II” : advanced course) in TD2 promptly. Students who wish to take this course
are required to contact their affiliated university office before registering for it.
When registering for courses which are for TD3 students or higher, those who are required totake QE re-examination must pass QE beforehand (except for students who transferred to TD3
and students who transferred to TD2 in September [after admission in April]).

(2) PEP specialized elective courses
Note: Program students from other than Waseda University should check the specialized elective
courses of their affiliated universities.
Note: Be sure to check the syllabus regarding the language of instruction for each course.
(I) Research guidance (common to both master's and doctoral programs)
Major

Course title

Applied Mechanics and Aerospace Engineering

Research on Fluid Engineering

Applied Mechanics and Aerospace Engineering

Research on Dynamics and Control of Mechanical Systems

Applied Mechanics and Aerospace Engineering

Research on Energy and Systems Engineering

Electric and Physical Systems

Research on Nano-device

Electric and Physical Systems

Research on Nano and Microsystem

Electric and Physical Systems

Research on Nano Materials Informatics

Electric and Physical Systems

Research on Functional Photonics

Electric and Physical Systems

Research on Integrated System Design

Electric and Physical Systems

Research on Radio and Optical Converged Systems

Applied Chemistry

Research on Inorganic Synthetic Chemistry

Applied Chemistry

Research on Polymer Chemistry

Applied Chemistry

Research on Catalytic Chemistry

Applied Chemistry

Research on Applied Biochemistry

Applied Chemistry

Research on Applied Electrochemistry

Applied Chemistry

Research on Functional Surface Chemistry

Applied Chemistry

Research on Chemical Engineering

Applied Chemistry

Research on Synthetic Organic Chemistry

Applied Chemistry

Research on Energy Materials

Electrical Engineering and Bioscience

Research on Applications of Superconductivity

Electrical Engineering and Bioscience

Research on Computer Aided Electromagnetics

Electrical Engineering and Bioscience

Research on Optical Properties of Condensed Matter

Electrical Engineering and Bioscience

Research on Electronic and Photonic Materials

Electrical Engineering and Bioscience

Research on Quantum Materials Science

Electrical Engineering and Bioscience

Research on Semiconductor Engineering

Electrical Engineering and Bioscience

Research on Next-Generation Electrical Energy Systems

Electrical Engineering and Bioscience

Research on Bioinformatics

Electrical Engineering and Bioscience

Research on Synthetic Biology

Electrical Engineering and Bioscience

Research on Electromobility system

Nano Science and Engineering

Research on Nanodevices

Nano Science and Engineering

Research on Microsystems

Nano Science and Engineering

Research on Nanomaterials Informatics

Nano Science and Engineering

Research on Surface Chemistry of Nanostructured Materials

Nano Science and Engineering

Research on Electrochemical Nano-Systems- 8 -MajorCourse title

Nano Science and Engineering

Research on Nano-Chiral Science

Nano Science and Engineering

Research on Physical Chemistry of Surfaces and Interfaces

Advanced Science and Engineering

Research on Physics and Applied Physics A

Advanced Science and Engineering

Research on Physics and Applied Physics B

Advanced Science and Engineering

Research on Chemistry and Biochemistry

Advanced Science and Engineering

Research on Applied Chemistry A

Advanced Science and Engineering

Research on Applied Chemistry B

Advanced Science and Engineering

Research on Life Science and Medical Bioscience

Advanced Science and Engineering

Research on Electrical Engineering and Bioscience A

Advanced Science and Engineering

Research on Electrical Engineering and Bioscience B

Environment and Energy Engineering

Environment - Energy Network Research A

Environment and Energy Engineering

Environment - Energy Network Research B

Environment and Energy Engineering

Environment - Energy Network Research C

Environment and Energy Engineering

Environment - Energy Network Research D

Environment and Energy Engineering

Environment - Energy Network Research E

Environment and Energy Engineering

Environment - Energy Network Research F

Environment and Energy Engineering

Environment and Power System A

Environment and Energy Engineering

Environment and Power System B

Environment and Energy Engineering

Environment and Power System C

Environment and Energy Engineering

Environment and Power System D

Environment and Energy Engineering

Environment and Power System E

Environment and Energy Engineering

Environment and Power System F

Environment and Energy Engineering

Environmental and Exergy Engineering Research A

Environment and Energy Engineering

Environmental and Exergy Engineering Research B

Environment and Energy Engineering

Environmental and Exergy Engineering Research C

Environment and Energy Engineering

Environmental and Exergy Engineering Research D

Environment and Energy Engineering

Environmental and Exergy Engineering Research E

Environment and Energy Engineering

Environmental and Exergy Engineering Research F

Environment and Energy Engineering

Energy and Sustainable System for Environment A

Environment and Energy Engineering

Energy and Sustainable System for Environment B

Environment and Energy Engineering

Energy and Sustainable System for Environment C

Environment and Energy Engineering

Energy and Sustainable System for Environment D

Environment and Energy Engineering

Energy and Sustainable System for Environment E

Environment and Energy Engineering

Energy and Sustainable System for Environment F(II) Lecture courses

Note: All courses can be taken as PEP specialized elective courses regardless of the student’s affiliated department.
Major
Applied Mechanics and Aerospace
Engineering
Applied Mechanics and Aerospace
Engineering
Applied Mechanics and Aerospace
Engineering

Course title

Term

Credits

Advanced Dynamics and Control of Mechanical Systems

Fall semester

2

Advanced Energy and Systems Engineering

Fall semester

2

Advanced fluid machinery

Fall semester

2

Electric and Physical Systems

Topics on Photonics

Spring semester

2

Electric and Physical Systems

Introduction to Molecular Nano-engineering

Fall semester

2

Electric and Physical Systems

Nano-device Engineering

Spring semester

2

Electric and Physical Systems

MEMS

Spring semester

2

Electric and Physical Systems

Energy Electronics

Spring semester

2

Electric and Physical Systems

System LSI design and CAD

Fall semester

2

Electric and Physical Systems

Physics and Engineering of Semiconductor Nano Devices

Fall semester

2

Electric and Physical Systems

Ultra-Large-Scale-Integration (ULSI) technology

Spring semester

2

Applied Chemistry

Advanced Inorganic Chemistry

Spring semester

2

- 9 -

MajorCourse title

Term

Credits

Spring semester

2

Advanced Organic Chemistry B

Spring semester

2

Advanced Physical Chemistry A

Spring semester

2

Applied Chemistry

Advanced Physical Chemistry B

Spring semester

2

Applied Chemistry

Advanced Chemical Engineering A

Spring semester

2

Applied Chemistry

Advanced Chemical Engineering B

Spring semester

2

Applied Chemistry

Advanced Biochemistry

Spring semester

2

Applied Chemistry

Inorganic Instrumental Analysis

Fall semester

2

Applied Chemistry

Nanospace Chemistry

Winter quarter

1

Applied Chemistry

Hybrid Materials Chemistry

Fall quarter

1

Applied Chemistry

Advanced Physical Chemistry of Polymeric Materials

Fall quarter

1

Applied Chemistry

Advanced Biopolymer Chemistry

Winter quarter

1

Applied Chemistry

Functional Polymers

Winter quarter

1

Applied Chemistry

Chemistry of Catalytic Processes

Spring quarter

1

Applied Chemistry

Catalytic Reaction Engineering

Fall quarter

1

Applied Chemistry

Advanced Catalysis A

Spring semester

2

Applied Chemistry

Advanced Catalysis B

Fall semester

2

Applied Chemistry

Advanced Biotechnology

Spring semester

2

Applied Chemistry

Advanced Microbial Biotechnology

Spring semester

2

Applied Chemistry

Separation Process Engineering

Fall semester

2

Applied Chemistry

Process Dynamics

Intensive(Spring)2

Applied Chemistry

Chemical Engineering Research A

Fall semester

2

Applied Chemistry

Chemical Engineering Research B

Fall semester

2

Applied Chemistry

Advanced Synthetic Organic Chemistry

Summer quarter

1

Applied Chemistry

Advanced Bio-Organic Chemistry

Spring quarter

1

Applied Chemistry

Advanced Organometallic Reaction

Winter quarter

1

Applied Chemistry

Applied Electrochemistry A

Fall quarter

1

Applied Chemistry

Applied Electrochemistry B

Winter quarter

1

Applied Chemistry

Advanced Material Process Engineering

Fall semester

2

Applied Chemistry

Advanced Energy Materials A

Fall quarter

1

Applied Chemistry

Advanced Energy Materials B

Winter quarter

1

Advanced Applied Superconductivity

Spring semester

2

Optical properties of matters

Spring semester

2

Information-based Learning

Spring semester

2

Modeling and Control

Spring semester

2

Design Biology

Fall semester

2

Topics on Probabilistic Information Processing

Spring semester

2

Electronic and photonic materials

Fall semester

2

Quantum Materials Science

Spring semester

2

Alternative Energy and Photovoltaics

Intensive(Spring)2

Advanced Electrical Energy Systems

Fall semester

2

Advanced Semiconductor Engineering

Fall semester

2

Topics on Bioinformatics

Spring semester

2

Topics on Molecular Sensors and Devices

Spring semester

2

Applied Chemistry

Advanced Organic Chemistry A

Applied Chemistry
Applied ChemistryElectrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience

Advanced Power Electronics

Fall semester

2

Nano Science and Engineering

Integrative Nano-Science and Nano-Engineering

Spring semester

2

Nano Science and Engineering

Nano- & Biotechnology Fusion Systems

Fall semester

2

Nano Science and Engineering

Advanced Physical Chemistry A

Spring semester2- 10 -

Term

Credits

Nano Science and Engineering

Major

Advanced Physical Chemistry B

Spring semester

2

Nano Science and Engineering

Nanomaterial Analysis

Fall semester

2

Nano Science and Engineering

Nanochemistry

Winter quarter

1

Nano Science and Engineering

Advanced Nanochemical Systems

Fall quarter

1

Nano Science and Engineering

Nanospace Chemistry

Winter quarter

1

Nano Science and Engineering

Advanced Nano-Electrochemistry

Spring semester

2

Nano Science and Engineering

Introduction to Nano-Chiral Science

2

Nano Science and Engineering

Special Lecture on Nano-Structured High Temperature
Materials

Intensive(Spring)
Fall quarter

2

Energy Next Problem-Solving PracticeSpring semester

2

Advanced Physics A: Soft Matter Physics

Spring quarter

2

Advanced Physics B: Solid State Physics

Winter quarter

2

Advanced Chemistry A: Functional Organic Material
Chemistry

Spring quarter

2

Advanced Chemistry B: Energy resources chemistry

Spring quarter

2

Summer quarter

2

Fall quarter

2

Advanced Lifescience : Bio-Solid State Physics

Fall quarter

2

Energy Next Systems and Devices

Spring semester

2

Materials Informatics α

Fall quarter

1

Materials Informatics β

Intensive (Fall)

1

Power system - Environment

Fall semester

2

Advanced Topics in Thermal Energy Conversion Engineering

Fall semester

2

Advanced Topics in Thermal Energy and Reaction
Engineering

Spring semester

2

Environmental and Exergy Engineering

Spring semester

2

Energy and Sustainable System for Environment

Fall semester

2

Environment and Energy Business Practical Lecture

Spring semester

2

Business strategy of sustainable company

Fall semester

2

Frontiers of Energy Resource and Petroleum Technology

Fall semester

2

Automobile Engineering A

Spring semester

2

Advanced Science andEngineering
Advanced Science andEngineering
Advanced Science andEngineering
Advanced Science andEngineering
Advanced Science andEngineering
Advanced Science andEngineering
Advanced Science andEngineering
Advanced Science andEngineering
Advanced Science andEngineering
Advanced Science andEngineering
Advanced Science andEngineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering

Course title

Advanced Electrical Engineering and Electronic Science A:
Organic Electronics
Advanced Electrical Engineering and Electronic Science B:
Electrical Energy(III) Seminars
Major
Applied Mechanics and Aerospace
Engineering
Applied Mechanics and Aerospace
Engineering
Applied Mechanics and Aerospace
Engineering
Applied Mechanics and Aerospace
Engineering
Applied Mechanics and Aerospace
Engineering
Applied Mechanics and Aerospace
Engineering
Applied Mechanics and Aerospace
Engineering
Applied Mechanics and Aerospace
Engineering
Applied Mechanics and Aerospace
Engineering
Applied Mechanics and Aerospace
Engineering
Applied Mechanics and Aerospace
Engineering
Applied Mechanics and Aerospace
Engineering
Electric and Physical Systems

Course title

Term

Credits

Seminar on Dynamics and Control of Mechanical Systems A

Spring semester

3

Seminar on Dynamics and Control of Mechanical Systems B

Fall semester

3

Seminar on Dynamics and Control of Mechanical Systems C

Spring semester

3

Seminar on Dynamics and Control of Mechanical Systems D

Fall semester

3

Seminar on Energy and Systems Engineering A

Spring semester

3

Seminar on Energy and Systems Engineering B

Fall semester

3

Seminar on Energy and Systems Engineering C

Spring semester

3

Seminar on Energy and Systems Engineering D

Fall semester

3

Seminar on Fluid machinery A

Spring semester

3

Seminar on Fluid machinery B

Fall semester

3

Seminar on Fluid machinery C

Spring semester

3

Seminar on Fluid machinery D

Fall semester

3

Seminar on Nano-electronics A

Spring semester3- 11 -

MajorCourse title

Term

Credits

Electric and Physical Systems

Seminar on Nano-electronics B

Fall semester

3

Electric and Physical Systems

Seminar on Nano-electronics C

Spring semester

3

Electric and Physical Systems

Seminar on Nano-electronics D

Fall semester

3

Electric and Physical Systems

Seminar on Microsystem Technology A

Spring semester

3

Electric and Physical Systems

Seminar on Microsystem Technology B

Fall semester

3

Electric and Physical Systems

Seminar on Microsystem Technology C

Spring semester

3

Electric and Physical Systems

Seminar on Microsystem Technology D

Fall semester

3

Electric and Physical Systems

Seminar on Nano Materials Informatics A

Spring semester

3

Electric and Physical Systems

Seminar on Nano Materials Informatics B

Fall semester

3

Electric and Physical Systems

Seminar on Nano Materials Informatics C

Spring semester

3

Electric and Physical Systems

Seminar on Nano Materials Informatics D

Fall semester

3

Electric and Physical Systems

Seminar on Functional Photonics A

Spring semester

3

Electric and Physical Systems

Seminar on Functional Photonics B

Fall semester

3

Electric and Physical Systems

Seminar on Functional Photonics C

Spring semester

3

Electric and Physical Systems

Seminar on Functional Photonics D

Fall semester

3

Electric and Physical Systems

Seminar on Integrated System Design A

Spring semester

3

Electric and Physical Systems

Seminar on Integrated System Design B

Fall semester

3

Electric and Physical Systems

Seminar on Integrated System Design C

Spring semester

3

Electric and Physical Systems

Seminar on Integrated System Design D

Fall semester

3

Electric and Physical Systems

Seminar on Radio and Optical Converged Systems A

Spring semester

3

Electric and Physical Systems

Seminar on Radio and Optical Converged Systems B

Fall semester

3

Electric and Physical Systems

Seminar on Radio and Optical Converged Systems C

Spring semester

3

Electric and Physical Systems

Seminar on Radio and Optical Converged Systems D

Fall semester

3

Applied Chemistry

Seminar on Inorganic Reaction Mechanisms A

Spring semester

3

Applied Chemistry

Seminar on Inorganic Reaction Mechanisms B

Fall semester

3

Applied Chemistry

Inorganic Solid-State Chemistry A:Seminar

Spring semester

3

Applied Chemistry

Inorganic Solid-State Chemistry B:Seminar

Fall semester

3

Applied Chemistry

Inorganic Materials Chemistry A:Seminar

Spring semester

3

Applied Chemistry

Inorganic Materials Chemistry B:Seminar

Fall semester

3

Applied Chemistry

Seminar on Hybrid Materials Chemistry A

Spring semester

3

Applied Chemistry

Seminar on Hybrid Materials Chemistry B

Fall semester

3

Applied Chemistry

Seminar on Physical Chemistry of Polymers A

Spring semester

3

Applied Chemistry

Seminar on Physical Chemistry of Polymers B

Fall semester

3

Applied Chemistry

Seminar on Polymer Materials A

Spring semester

3

Applied Chemistry

Seminar on Polymer Materials B

Fall semester

3

Applied Chemistry

Seminar on Polymer Synthesis A

Spring semester

3

Applied Chemistry

Seminar on Polymer Synthesis B

Fall semester

3

Applied Chemistry

Seminar on Biopolymers A

Spring semester

3

Applied Chemistry

Seminar on Biopolymers B

Fall semester

3

Applied Chemistry

Seminar on Catalytic Processes A

Spring semester

3

Applied Chemistry

Seminar on Catalytic Processes B

Fall semester

3

Applied Chemistry

Seminar on Energy and Fuel A

Spring semester

3

Applied Chemistry

Seminar on Energy and Fuel B

Fall semester

3

Applied Chemistry

Seminar on Catalytic Chemistry A

Spring semester

3

Applied Chemistry

Seminar on Catalytic Chemistry B

Fall semester

3

Applied Chemistry

Seminar on Organic Catalytic Reactions A

Spring semester

3

Applied Chemistry

Seminar on Organic Catalytic Reactions B

Fall semester

3

Applied Chemistry

Seminar on Biochemical Mechanics A

Spring semester

3

Applied Chemistry

Seminar on Biochemical Mechanics B

Fall semester

3

Applied Chemistry

Seminar on Applied Biochemistry A

Spring semester3- 12 -

MajorCourse title

Term

Credits

Applied Chemistry

Seminar on Applied Biochemistry B

Fall semester

3

Applied Chemistry

Seminar on Applied Bioscience A

Spring semester

3

Applied Chemistry

Seminar on Applied Bioscience B

Fall semester

3

Applied Chemistry

Seminar on Genetic Engineering A

Spring semester

3

Applied Chemistry

Seminar on Genetic Engineering B

Fall semester

3

Applied Chemistry

Seminar on Reaction Engineering A

Spring semester

3

Applied Chemistry

Seminar on Reaction Engineering B

Fall semester

3

Applied Chemistry

Seminar on Chemical Process Engineering A

Spring semester

3

Applied Chemistry

Seminar on Chemical Process Engineering B

Fall semester

3

Applied Chemistry

Seminar on Separation Engineering A

Spring semester

3

Applied Chemistry

Seminar on Separation Engineering B

Fall semester

3

Applied Chemistry

Seminar on Synthetic Organic Chemistry A

Spring semester

3

Applied Chemistry

Seminar on Synthetic Organic Chemistry B

Fall semester

3

Applied Chemistry

Seminar on Advanced Molecular Design A

Spring semester

3

Applied Chemistry

Seminar on Advanced Molecular Design B

Fall semester

3

Applied Chemistry

Seminar on Advanced Molecular Synthesis A

Spring semester

3

Applied Chemistry

Seminar on Advanced Molecular Synthesis B

Fall semester

3

Applied Chemistry

Seminar on Electronic Materials Chemistry A

Spring semester

3

Applied Chemistry

Seminar on Electronic Materials Chemistry B

Fall semester

3

Applied Chemistry

Seminar on Applied Physical Chemistry A

Spring semester

3

Applied Chemistry

Seminar on Applied Physical Chemistry B

Fall semester

3

Applied Chemistry

Seminar on Physical Electrochemistry A

Spring semester

3

Applied Chemistry

Seminar on Physical Electrochemistry B

Fall semester

3

Applied Chemistry

Seminar on Functional Surface Chemistry A

Spring semester

3

Applied Chemistry

Seminar on Functional Surface Chemistry B

Fall semester

3

Applied Chemistry

Seminar on Material Process Engineering A

Spring semester

3

Applied Chemistry

Seminar on Material Process Engineering B

Fall semester

3

Applied Chemistry

Seminar on Energy Materials A

Spring semester

3

Applied Chemistry

Seminar on Energy Materials B

Fall semester

3

Applied Chemistry

Seminar on Energy Physical Chemistry A

Spring semester

3

Applied ChemistryElectrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience

Seminar on Energy Physical Chemistry B

Fall semester

3

Advanced Seminar A

Spring semester

1

Advanced Seminar B

Fall semester

1

Seminar on Applications of Superconductivity A

Spring semester

3

Seminar on Applications of Superconductivity B

Fall semester

3

Seminar on Applications of Superconductivity C

Spring semester

3

Seminar on Applications of Superconductivity D

Fall semester

3

Seminar on Computer-Aided Electromagnetics A

Spring semester

3

Seminar on Computer-Aided Electromagnetics B

Fall semester

3

Seminar on Computer-Aided Electromagnetics C

Spring semester

3

Seminar on Computer-Aided Electromagnetics D

Fall semester

3

Seminar on Optical Properties of Condensed Matter A

Spring semester

3

Seminar on Optical Properties of Condensed Matter B

Fall semester

3

Seminar on Optical Properties of Condensed Matter C

Spring semester

3

Seminar on Optical Properties of Condensed Matter D

Fall semester

3

Seminar on Electronic and Photonic Materials A

Spring semester

3

Seminar on Electronic and Photonic Materials B

Fall semester3- 13 -

MajorTerm

Credits

Seminar on Electronic and Photonic Materials C

Spring semester

3

Seminar on Electronic and Photonic Materials D

Fall semester

3

Seminar on Quantum Materials Science A

Spring semester

3

Seminar on Quantum Materials Science B

Fall semester

3

Seminar on Quantum Materials Science C

Spring semester

3

Seminar on Quantum Materials Science D

Fall semester

3

Seminar on Semiconductor Engineering A

Spring semester

3

Seminar on Semiconductor Engineering B

Fall semester

3

Seminar on Semiconductor Engineering C

Spring semester

3

Seminar on Semiconductor Engineering D

Fall semester

3

Seminar on Next-Generation Electrical Energy Systems A

Spring semester

3

Seminar on Next-Generation Electrical Energy Systems B

Fall semester

3

Seminar on Next-Generation Electrical Energy Systems C

Spring semester

3

Seminar on Next-Generation Electrical Energy Systems D

Fall semester

3

Seminar on Bioinformatics A

Spring semester

3

Seminar on Bioinformatics B

Fall semester

3

Seminar on Bioinformatics C

Spring semester

3

Seminar on Bioinformatics D

Fall semester

3

Seminar on Synthetic Biology A

Spring semester

3

Seminar on Synthetic Biology B

Fall semester

3

Seminar on Synthetic Biology C

Spring semester

3

Seminar on Synthetic Biology D

Fall semester

3

Seminar on Electromobility system A

Spring semester

3

Seminar on Electromobility system B

Fall semester

3

Seminar on Electromobility system C

Spring semester

3

Seminar on Electromobility system D

Fall semester

3

Nano Science and Engineering

Seminar on Nanoelectronics A

Spring semester

3

Nano Science and Engineering

Seminar on Nanoelectronics B

Fall semester

3

Nano Science and Engineering

Seminar on Nanoelectronics C

Spring semester

3

Nano Science and Engineering

Seminar on Nanoelectronics D

Fall semester

3

Nano Science and Engineering

Seminar on Microsystem Engineering A

Spring semester

3

Nano Science and Engineering

Seminar on Microsystem Engineering B

Fall semester

3

Nano Science and Engineering

Seminar on Microsystem Engineering C

Spring semester

3

Nano Science and Engineering

Seminar on Microsystem Engineering D

Fall semester

3

Nano Science and Engineering

Seminar on Nanomaterials for Informatics A

Spring semester

3

Nano Science and Engineering

Seminar on Nanomaterials for Informatics B

Fall semester

3

Nano Science and Engineering

Seminar on Nanomaterials for Informatics C

Spring semester

3

Nano Science and Engineering

Seminar on Nanomaterials for Informatics D

Fall semester

3

Nano Science and Engineering

Seminar on Nanofunctional Surface Chemistry A

Spring semester

3

Nano Science and Engineering

Seminar on Nanofunctional Surface Chemistry B

Fall semester

3

Nano Science and Engineering

Seminar on Nanofunctional Surface Chemistry C

Spring semester

3

Nano Science and Engineering

Seminar on Nanofunctional Surface Chemistry D

Fall semester

3

Nano Science and Engineering

Seminar on Nano-Electrochemistry A

Spring semester

3

Nano Science and Engineering

Seminar on Nano-Electrochemistry B

Fall semester

3

Nano Science and Engineering

Seminar on Nano-Electrochemistry C

Spring semester

3

Nano Science and Engineering

Seminar on Nano-Electrochemistry D

Fall semester

3

Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience
Electrical Engineering andBioscience

Course title- 14 -

MajorCourse title

Term

Credits

Spring semester

3

Seminar on Nano-Chiral Science B

Fall semester

3

Nano-Chiral Science C :Seminar

Spring semester

3

Nano Science and Engineering

Seminar on Nano-Chiral Science A

Nano Science and Engineering
Nano Science and Engineering
Nano Science and Engineering

Nano-Chiral Science D :Seminar

Fall semester

3

Nano Science and Engineering

Seminar on surface and interface research A

Spring semester

3

Nano Science and Engineering

Seminar on surface and interface research B

Fall semester

3

Nano Science and Engineering

Seminar on surface and interface research C

Spring semester

3

Nano Science and Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering
Environment and Energy
Engineering

Seminar on surface and interface research D

Fall semester

3

Environment - Energy Network A:Seminar

Spring semester

3

Environment - Energy Network B:Seminar

Fall semester

3

Environment and Power System A:Seminar

Spring semester

3

Environment and Power System B:Seminar

Fall semester

3

Environmental and Exergy Engineering A :Seminar

Spring semester

3

Environmental and Exergy Engineering B :Seminar

Fall semester

3

Energy and Sustainable System for Environment A:Seminar

Spring semester

3

Energy and Sustainable System for Environment B:Seminar

Fall semester

3

Environment and Energy Engineering A:Seminar

Spring semester

3

Advanced Environment and Energy Engineering A:Seminar

Spring semester

3

Advanced Environment and Energy Engineering B:Seminar

Fall semester3(3) PEP comprehensive elective courses
Note: Program students from other than Waseda University should check the specialized elective
courses of their affiliated university.
The PEP comprehensive elective courses are common to all three graduate schools of the Faculty of
Science and Engineering, Waseda University. Please refer to 13.
(Courselist of Common Courses) on/(Student Handbook for Graduate
School of Fundamental/Advanced Science and Engineering) and 7. Course List of Common Doctoral
Courses in Waseda University’s Student Handbook for the English-based Graduate Program in
Science and Engineering.
Students of the Graduate School of Environment and Energy Engineering are advised to check the
Graduate School website.
Students in the departments of Applied Chemistry, Nano Science and Engineering, and Advanced
Science and Engineering can take the courses listed in the table below.
Course Title

Term

Credits

Only for students from the departments of Applied Chemistry and Nano Science and Engineering
Intensive(spring)

Research Ethics in Applied Chemistry1

Only for students from the department of Advanced Science and Engineering
Laboratory Rotation A

Full year

1

Laboratory Rotation B

Full year

1

Academic Research Practice and Industrial Internship A

Full year

3

Academic Research Practice and Industrial Internship B

Full year

3

Introduction to Energy Next

Fall quarter1- 15 -

(4) Doctoral program credit systemStudents must complete courses and earn credits in accordance with the regulations of their affiliateddepartment.
4. Credits for courses completed in advance
If a student has completed the courses listed in (2) and (3) of Section 3 of this Program Handbook
before entering the program, the credits can be counted as credits earned in the program.
IV. PEP Training program RA stipends
1. PEP Training program RA stipends
Students participating in a joint research project with partner institutions or companies are eligible toreceive PEP Training program RA stipends via their academic advisor (the principal investigator of
the project). Note: those admitted as mature students and those who have extended their program are
not eligible.
2. Receipt of PEP Training program RA stipends
When you receive PEP Training program RA stipends, please follow the regulations of your affiliateduniversity. Waseda University students must follow the procedures and payment amount stipulations(unit price standard) specified in Procedures for the Employment of Research Assistants (RA) andResearch Support Staff in Waseda University's Research Funds Manual (details provided by the PEP
Program Office).

- 16 -

V. Student ID Number
In the case of program students of Waseda University, a student ID number will be issued at the timeof admission to the master's program and the doctoral program (i.e., at the time of entering TD1 andTD3), and will be used until the completion of the relevant program. In the case where students enter
the program by transferring at TD1 and TD2, their existing student ID number will remain the same.

Graduate School of
Fundamental Science and EngineeringFirst to second
digitsGraduate schoolcode

Third to fourth
digitsYear ofadmission

51

22

Fifth
digit
Code formajorC001～（TD1）

D

501～（TD3）

C
Graduate School of
Advanced Science and Engineering53

22001～（TD1）

E

501～（TD3）

G
N

Graduate School ofEnvironment and Energy EngineeringFirst to second
digitsGraduate schoolcode

Third to fourth
digitsYear ofadmission54

22

Sixth to Eighth
digitsSequential
serial number

501～（TD1）
Fifth to Eighth
digitsSequential
serial number

0001～（TD1）0501～（TD3）

For program students who are affiliated with other universities, student ID numbers will be issued by
the Department of Advanced Science and Engineering, Graduate School of Advanced Science andEngineering, which serves as the host institution. That student ID number will remain the same
throughout the student’s entire period of enrollment at Waseda University.

Students affiliated withother universities

First to second
digitsGraduate schoolcode

Third to fourth
digitsYear ofadmission

Fifth
digit
Code for
major

53

22

N

- 17 -

Sixth to Eighth
digitsSequential
serial number

951～（TD1）851～（TD3）